What can inertial MEMS sensors be used for? In the fields of industry, energy, automobiles, consumption, medical and communications, what help can inertial MEMS sensors bring? Low power consumption, low noise, low cost, high bandwidth, high temperature, high reliability... are everyone's expectations for all components, but in actual design, many indicators have to be compromised. For different application scenarios, what indicators should engineers pay attention to? How to choose a more suitable MEMS sensor?
Total of 1 lessons1 hours and 11 minutes and 14 seconds
Analyze the structural characteristics of data collectors; introduce the basic knowledge of various types of sensors; describe the special functions of Fluke data collectors, describe their software and hardware applications and how to calibrate and trace them through practical examples.
Total of 1 lessons1 hours and 21 minutes and 34 seconds
In this online seminar jointly organized by Avnet and TE Connectivity, we will explore how the development of the Internet of Things and smarter environmental control applications can inspire innovation in buildings and provide more benefits to our lives. Come learn how component and component technologies keep buildings safe, comfortable and smart.
Total of 1 lessons45 minutes and 45 seconds
You might think sensor measurements are easy, but there are many factors to consider when building a sensor-based test system, such as how to choose the right signal conditioning, how to get the most out of the data, and how to synchronize multiple sensor measurements. There are many more such factors. In this webinar, we'll walk you through the steps involved in building a sensor-based test system, including everything from selecting the right sensors to analyzing the data. We'll also show you how CompactDAQ can be used with LabVIEW to simplify the process of building a complete multi-sensor test system while maintaining measurement quality and data accuracy.
Total of 2 lessons43 minutes and 55 seconds
This live broadcast will introduce STMicroelectronics’ IO-Link master-slave transceiver products and reference designs, which can transmit and send data from STMicroelectronics’ smart industrial sensor nodes to the corresponding nodes or the cloud for processing, thereby achieving Environmental monitoring and predictive maintenance application scenarios.
Total of 1 lessons52 minutes and 50 seconds
When talking about machine health monitoring, we have to mention a term - CbM, which refers to Condition Based Monitoring, and its Chinese translation is: condition-based monitoring. Through the implementation of the CbM system, various working conditions of the equipment can be monitored in advance, and possible fault risks can be diagnosed and perceived in advance, so as to effectively maintain the equipment. It can greatly reduce the probability of equipment damage, improve the efficiency of the production line, and reduce maintenance costs.
Total of 1 lessons29 minutes and 16 seconds
This video series provides an overview of sensor fusion and multi-object tracking in autonomous systems. The content starts with the introduction of sensor fusion to determine point position and relative position, then gradually explores the use of IMM filter to track a single object, and finally enters the topic of multi-object tracking.
Total of 6 lessons1 hours and 29 minutes and 33 seconds
Industrial applications often receive 24V digital input from devices such as sensors and also produce digital outputs to relays, actuators, and inductive loads that must be driven. These inputs are typically conditioned with discrete components such as resistors/capacitors. Uses an external FET to drive the output. System requirements are generally the robustness and reliability of DI and DO. Since industrial systems typically do not have active cooling, power consumption should be minimized. And more and more industrial automation systems are getting smaller – having to handle more channels within a given form factor. These requirements are driving a shift from discrete implementation to an integrated approach.
Total of 1 lessons29 minutes and 55 seconds
This seminar mainly introduces a new type of 3D magnetic position sensor. It has low power consumption, small size and low cost. It is an ideal choice for human-computer interaction applications (such as mouse, game controller, door and window closing detection, etc.). This position sensor provides a wide magnetic field strength detection range (50mT), a supply voltage as low as 1.65V, and supports I2C output mode. It is a consumer-grade product that can be applied to almost all consumer rotation, linear, and three-dimensional rocker position detection applications.
Total of 1 lessons28 minutes and 8 seconds
Sensors are becoming more common in various fields, and the number of sensors used in each application is growing exponentially. As the demand for sensors increases, these devices are also required to be smaller, consume less power, and be more reliable. To meet these needs, designers must adopt a holistic application design approach, not only considering the operating current consumption of the sensor, but also considering the quiescent current and how to improve reliability technology. This webinar will help you understand how nanoPower technology can help you make full use of your sensors. Learn how to: Extend battery life with nanoPower technology; Make sure your sensors work reliably; Make sure your sensors are always ready to use right out of the box
Total of 1 lessons31 minutes and 29 seconds
Continuous innovation and breakthroughs in technology have given rise to IoT systems with higher frequency, lower latency, and higher integration. In such systems, antennas and sensors, as the tentacles and nerves of the IoT ecosystem, are the key to promoting the entire application. An extremely important component for efficient system operation. As a global leader in technology and manufacturing, TE has always been at the forefront of technological innovation. Its stable and reliable new generation antenna series products are even more powerful for popular IoT applications such as smart tracking and smart buildings. TE's sensors and connection technologies are also increasingly relevant for today's The connected world plays a crucial role. TE strategic partner, the world's leading distributor of electronic product components and development services – element14 will work with TE to provide you with a comprehensive interpretation of the latest IoT smart antenna design trends, and focus on the latest application cases of sensors in the IoT to help You unleash the unlimited potential of IoT applications!
Total of 4 lessons1 hours and 34 minutes and 52 seconds
ON Semiconductor’s new CMOS image sensor product line will provide customers with unique video capture chip solutions in the upcoming 5G IoT era. In this seminar we will focus on introducing ON Semiconductor’s ARX3A0 with ultra-low power consumption and near-infrared enhancement effect; AR0144 1.3M global exposure product designed for efficient logistics scenario applications; preparations for large-scene face recognition and unmanned warehousing and logistics The AR0234 120fps global exposure product, etc.
Total of 2 lessons38 minutes and 46 seconds
An introduction to automatic detection technology, sensor principles and measurement circuits produced by Tongji University. Automatic detection technology is a comprehensive technology developed on the basis of the use, development, and production of instruments. It is also an important branch of automation science and technology. In this tutorial, we will learn the relevant knowledge of automatic detection technology.
Total of 36 lessons1 days and 2 hours and 25 minutes and 27 seconds
Introducing the three development kits (ProfiMEMS, SensorTile.box and LIS25BA Board) used in the 2020 MEMS Sensor Creative Design Competition (competition registration is open), aiming to let more users understand and familiarize themselves with the use of the kits, and facilitate developers to provide based on ST Develop and debug your own application design on the platform.
Total of 2 lessons1 hours and 16 minutes and 33 seconds
Jiang Rong, Asia Pacific Marketing Manager of TE Connectivity’s Sensor Division, brings you: Sensor applications in IIoT, IoMT and personal IoT; Composite sensors and wireless sensors; Introduction to TE Connectivity
Total of 1 lessons29 minutes and 30 seconds
Engineering testing technology is a professional basic course for mechanical majors. The content involves various common physical quantities in the fields of industrial automation, mechanical processing, building control, transportation, modern agriculture and medical instruments, such as: temperature, sound, brightness, pressure, magnetic field strength, Sensor measurement principles such as distance and vibration; as well as commonly used measurement signal analysis methods such as waveform analysis, spectrum analysis, amplitude domain analysis and correlation analysis of sensor measurement signals. In addition, it also includes knowledge of sensor signal amplification, signal modulation and demodulation, signal filtering and computer virtual instruments.
Total of 59 lessons13 hours and 32 minutes and 29 seconds
Total of 2 lessons51 minutes and 42 seconds
Focus on the basic knowledge of sensor theory and the introduction of sensor structure composition, design ideas, error compensation and application characteristics; focus on the introduction of typical, conventional sensors and new sensor technologies that have emerged in recent years; focus on applications in the national defense industry and general industrial fields Introduction of sensors
Total of 82 lessons1 days and 6 hours and 20 minutes and 3 seconds
ADI has high-frequency, low-noise MEMS sensors specifically designed for industrial condition monitoring applications. They are not afraid of high shock and high vibration environments and can detect machine faults as early as possible in condition monitoring applications. This Thursday’s live broadcast, ADI experts will discuss with you how to use these sensors to implement fault monitoring of industrial equipment, what are the mature solutions, what are the market development trends, and what are the advantages and disadvantages of different solutions.
Total of 2 lessons1 hours and 10 minutes and 2 seconds
Through this course, you will learn about the basic concepts of sensors and their basic characteristics (static and dynamic characteristics), the working principles, structural composition, characteristic analysis, signal conditioning circuits of typical sensors, and the testing methods of typical parameters (vibration, temperature, flow), System composition; understand the application of sensors and testing technology in the national economy and the latest development trends; improve learners' ability to creatively use knowledge and independently discover, research and solve problems.
Total of 113 lessons20 hours and 6 minutes and 24 seconds
Modern household appliances are becoming more and more like living, breathing entities, able to adapt and respond to the surrounding environment and occupants, which means that future homes need to have more connections and stronger perception capabilities. Whether from connecting the motor in a hand whisk to a sensor in a smart refrigerator, or from turning on the heating element in the stove to protecting the wiring harness in the dishwasher, TE has a wide range of standard products and has accumulated experience in a large number of industry applications . So, how can we systematically empower household appliances? What are the emerging application trends in the industry? How to design more energy-saving, water-saving and time-saving household appliances? Mouser teamed up with the senior product application engineer of the TE Home Appliances Division and the senior product engineer of the heat shrink tubing of the Home Appliances Division to tell us about the research and development of home appliances.
Total of 3 lessons1 hours and 10 minutes and 51 seconds
Total of 39 lessons4 hours and 13 minutes and 18 seconds
Total of 55 lessons22 hours and 10 minutes and 3 seconds
Total of 1 lessons1 minutes and 40 seconds
Total of 1 lessons1 minutes and 29 seconds
Product Demonstration 2: Technology Demonstration Combining ROHM Sensors and Wireless Technology
Total of 1 lessons16 minutes and 59 seconds
Product Demo 1: Band Robot Combining ROHM Sensors and Wireless Technology
Total of 1 lessons7 minutes and 23 seconds
Core content: 1. Sensor 2. NFC and Bluetooth
Total of 28 lessons11 hours and 54 minutes and 1 seconds
Core content: 1. Use of acceleration sensor, gyroscope, and distance sensor. 2. Power status listening. 3. Magnetic field sensor. 4. Geographical location acquisition.
Total of 6 lessons36 minutes and 38 seconds
Environmental monitoring is a commonly used application field for embedded application systems. This lesson mainly explains how to use Arduino with various types of sensors to sense the surrounding environment.
Total of 4 lessons24 minutes and 3 seconds
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